This review article is intended to highlight and categorize the most important and novel
studies conducted to explore the mechanical behavior of nano-composites reinforced with …

A first gradient nonlocal model of bending for Timoshenko functionally graded nanobeams
based on the Eringen model is proposed. The material properties vary in the thickness …

The ability to manipulate concrete-based and composite materials at the nanoscale
represents an innovative approach to improving their mechanical properties and designing …

Automatically modeling and intelligently monitoring composite tunnel structures is of great
significance considering the development of composite and diverse tunnel construction …

Nonlocal formulations are currently adopted to assess size effects in nanostructures. The
Eringen differential constitutive model, due to its simplicity, is widely used to investigate the …

An enhanced model of nonlocal torsion based on the Eringen theory is provided in this
paper. The variational formulation is given and then the governing differential equation and …

Honeycomb-filled thin-walled square tube (HFST) structure is a new outstanding energy
absorption component, which has attracted great attention in recent years. This paper aims …

Using a FEA homogenization technique, this study presents the influence of interphase
region on composites. Numerical models using Abaqus™ are developed in order to predict …

In this paper, a new dynamic multiscale topology optimization method for cellular
composites with multi-regional material microstructures is proposed to improve the structural …

A field-enriched finite element method for crack propagation in fiber-reinforced composite
lamina without remeshing is proposed. In the field-enriched finite element method, the …